Our premium 5mm reflective glass, available in an elegant dark green finish, represents the pinnacle of architectural glazing technology. Engineered through advanced vacuum magnetron sputtering, this high-performance glass integrates metallic oxide coatings to provide a sophisticated mirror-like aesthetic while delivering critical thermal control and privacy for modern building envelopes.
Designed for versatility and durability, our color reflective glass range balances visual brilliance with functional efficiency. By meticulously controlling the composition of titanium, zinc, or silicon deposits, we ensure a consistent finish that optimizes solar reflectance and interior comfort, making it an ideal choice for luxury facades, interior partitions, and sustainable architectural projects.
| Available Colors | Light/Dark Blue, Light/Dark Green, Brown, Bronze, Gray, Black, Gold, Silver | Standard Thickness | 4mm, 5mm, 6mm |
|---|---|---|---|
| Production Process | Vacuum Magnetron Sputtering | Coating Materials | Metallic Oxides (Titanium, Zinc, Silicon) |
| Max Dimension 1 | 18302440 mm | Max Dimension 2 | 21403660 mm |
| Custom Sizes | 21403300, 21401650, 22503300, 22503660, 24403660 mm | Glass Base | Clear or Tinted Glass Substrate |
| Key Performance Metric | Visible Light Transmission (VLT) | Thermal Metric | U-Value & Solar Reflectance |
High solar reflectance reduces heat gain, significantly lowering energy consumption for cooling systems in buildings.
The reflective coating creates a one-way mirror effect during the day, providing privacy without sacrificing natural light.
Available in a wide spectrum of colors to create dynamic, contemporary visual effects for urban landscapes.
Optimized Visible Light Transmission (VLT) controls interior brightness and reduces uncomfortable glare.
High Color Rendering Index (CRI) ensures that interior colors remain vibrant and true to natural light.
Versatile application across architectural facades, automotive windows, electronics, and solar panels.
Advanced CNC cutting ensures every sheet meets exact architectural specifications with zero margin of error.
Real-time monitoring of vacuum pressure and voltage for uniform metallic oxide deposition.
Rigorous testing for U-Value and VLT to ensure compliance with international energy standards.
Comprehensive solar radiation simulation to verify heat reflection performance across colors.
Specialized packaging for oversized glass sheets to prevent breakage during global transit.
Direct collaboration with architects to tune CRI and reflectance for specific project needs.
| Feature | Standard Float Glass | Reflective Glass | Energy Saving Impact |
|---|---|---|---|
| Heat Gain | High Absorption | High Reflection | Significant Reduction |
| Cooling Cost | Baseline Cost | Reduced Cost | -15% to -30% Energy |
| Privacy Level | Transparent | One-way Mirror | High daytime privacy |
| Lifespan | Standard | Enhanced Coating | Long-term durability |
| Property Value | Standard | Premium Aesthetic | Increased Valuation |
While tinted glass absorbs solar energy to reduce light, reflective glass uses a metallic coating to reflect solar radiation away from the building, providing superior heat control and privacy.
Vacuum magnetron sputtering allows for an extremely thin and uniform layer of metallic oxides, ensuring consistent color and high durability compared to traditional coatings.
Yes, it is widely used for interior partitions, decorative doors, and wall elements to enhance natural light distribution and add a contemporary architectural feel.
The U-value measures the rate of heat transfer through the glass. A lower U-value indicates better insulation, which helps maintain stable indoor temperatures.
Yes, specific variants are engineered as protective layers for photovoltaic panels to optimize light absorption while protecting the cells from environmental damage.
Yes, different colors and coating thicknesses affect the Solar Reflectance and VLT, allowing architects to choose the specific balance of light and heat for their region.
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